Contact Us
Phone: 0512-65696066
Email: sisily.liu@agix.net.cn
Address: No. 53, Liufeng Road, Hedong Industrial Park, Wuzhong Economic Development Zone, Suzhou
Products & Applications
Agix's Fiber Array Units (FAUs) are designed for superior stability and low insertion loss, enabling reliable performance in chip-based integration applications.
For high-density integration, we offer a variety of product lines, including 12, 16, 36, and 72 fiber channels and higher.
FAU-PM (Polarization State Preservation)
Agix offers specialized, customizable FAU-PM products to meet specific integration needs in PM, SM, and hybrid (PM+SM) configurations.
For polarization-maintaining fast and slow axis alignment, PM alignment offers different grades of angular tolerance, all ≤ 3°, ensuring ≥ 20 dB ER.
FAU Mode-Field Conversion Scheme
Agix's Fiber Array Units (FAUs) are designed for superior stability and low insertion loss. They achieve low-loss coupling of optical signals between optical fibers and devices such as silicon photonic chips through special fusion discharge processing to adjust the mode field diameter (e.g., converting 9μm to 3-6μm).
For high-density integration, we offer SM fibers with different mode fields and FAUs with spacing as low as 80/127/250 μm.
A special fiber optic array technology enables large-angle bending up to 90 degrees. It reduces fiber height by 50%, for example, reducing the height of the fiber optic array unit (FAU) used in data center transceivers to less than 4 mm, while simultaneously increasing fiber density by 35% within a given width, such as reducing the width of a 72-core FAU to less than 9 mm. This technology offers advantages such as high core-to-core spacing tolerance and the ability to accommodate a large number of channels, enabling low-profile fiber coupling to chips.
Agix's ultra-high density 2D FAU design is widely used in OCS all-optical switching systems and ROADM WSS modules. Years of mature, high-precision V-Groove processing and channel spacing accuracy control capabilities, along with its self-developed high-quality coating capabilities, provide customers with one-stop solutions for OCS, WSS, and other applications.
CPO Laser External Optical Connection
External laser design for CPO systems reduces overall system heat density.
Plug-and-play design for rapid deployment of CPO systems.
Integrated high-density design maximizes the use of the switch's front panel.
Supports hot-swapping of modules, reducing system downtime.
Comprehensive laser radiation protection in the installation environment.
Provides superior multi-core polarization-maintaining fiber links, primarily for use in ELSFP-CPO engines.
Fiber Optic Coupler/Splitter – PLC
Agix's PLC splitters utilize silicon dioxide waveguide technology to uniformly distribute optical signals, making them ideal for PON, FTTx, and high-density applications. Multiple configurations are available for seamless integration.
Fused optical couplers provide precise signal separation or combination with low excess loss. Designed for telecom, data center, and industrial applications, they are available in standard, WDM, PM, and high-power versions.
CWDM Coarse Wavelength Division Multiplexer
Agix's Coarse Wavelength Division Multiplexing (CWDM) utilizes laser signals with a wavelength spacing of 20nm. Through multiplexers and demultiplexers, it achieves bidirectional transmission of multi-wavelength optical signals in a single optical fiber, supporting 8-18 channels. It is suitable for applications where extremely high channel density is not required. Advantages include low cost, low power consumption, small size, low insertion loss, and high isolation.
DWDM (TFF/AWG) Dense Wavelength Division Multiplexer
Agix's low insertion loss, compact DWDMs offer a C/L band range with low insertion loss and consistent performance.
RoHS compliant and GR-1221-CORE compliant. Micro-optical designs are available to meet specific application requirements.
Free-space dense wavelength division multiplexing (DWDM) system devices are supported for DWDM systems of varying rates and bandwidths. A variety of DWDM optical devices are available, including 200GHz and 100GHz models.
Agix optical isolators are suitable for various high-power laser source protection systems. They utilize an external magnetic field to unidirectionally rotate the polarization direction of linearly polarized light, achieving efficient isolation and reflection suppression of optical signals.
They provide stable high isolation, preventing backlight damage to the laser source and eliminating other potential hazards, ensuring long-term laser stability under optimal operating conditions.
Agix's free-space optical isolators do not require fiber optic interfaces and can be directly embedded in free-space optical paths. Through the Faraday magneto-optical effect and polarization control, they allow light to propagate in a single direction while isolating reverse light. They feature high isolation, low insertion loss, compact structure, and good stability.
Agix's fiber optic Z-Block module design integrates various micro-optical components, including fiber optic receptacles, optical collimators or lenses, and wavelength division multiplexers (WDMs). It achieves optical signal multiplexing and demultiplexing by depositing a high-reflectivity film on an orthographic prism and attaching WDM filters of different wavelengths.
The adoption of high-precision Z-Block modules significantly optimizes the design and performance of downstream optical modules and products.
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